Five containers each hold the same volume of various liquids. Five blocks composed of various solids are fully submerged, one in each of the five containers. The blocks all have the same size and are all held at the same depth in the containers. The volume of each block is one-fourth the volume of the liquids in the containers. Container A has a block mass of 0.04 kg, and a liquid mass of 0.19 kg Container B has a block mass of 0.02 kg , and a liquid mass of 0.11 kg Container C has a block mass of 0.03 kg , and a liquid mass of 0.14 kg Container D has a block mass of 0.02 kg , and a liquid mass of 0.16 kg Container E has a block mass of 0.04 kg , and a liquid mass of 0.15 kg Which formula would I need to use in order to rank the buoyant forces from largest to smallest in this circumstance?
Five containers each hold the same volume of various liquids. Five blocks composed of various solids are fully submerged, one in each of the five containers. The blocks all have the same size and are all held at the same depth in the containers. The volume of each block is one-fourth the volume of the liquids in the containers. Container A has a block mass of 0.04 kg, and a liquid mass of 0.19 kg Container B has a block mass of 0.02 kg , and a liquid mass of 0.11 kg Container C has a block mass of 0.03 kg , and a liquid mass of 0.14 kg Container D has a block mass of 0.02 kg , and a liquid mass of 0.16 kg Container E has a block mass of 0.04 kg , and a liquid mass of 0.15 kg Which formula would I need to use in order to rank the buoyant forces from largest to smallest in this circumstance?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Five containers each hold the same volume of various liquids. Five blocks composed of various solids are fully submerged, one in each of the five containers. The blocks all have the same size and are all held at the same depth in the containers. The volume of each block is one-fourth the volume of the liquids in the containers.
Container A has a block mass of 0.04 kg, and a liquid mass of 0.19 kg
Container B has a block mass of 0.02 kg , and a liquid mass of 0.11 kg
Container C has a block mass of 0.03 kg , and a liquid mass of 0.14 kg
Container D has a block mass of 0.02 kg , and a liquid mass of 0.16 kg
Container E has a block mass of 0.04 kg , and a liquid mass of 0.15 kg
Which formula would I need to use in order to rank the buoyant forces from largest to smallest in this circumstance?
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